Our Features

A Complete Toolkit for Process Engineering

FluidFlow Dynamics is engineered to provide engineers, technicians, and students with the most precise and intuitive tools to master fluid dynamics.

Advanced Tank Modeling
From simple containers to complex process tanks - our system handles it all. Set all relevant geometric parameters to precisely match your specifications.
  • ✅Versatile Tank Types: Calculate on vertical and horizontal cylinders, rectangular containers, and spherical tanks.
  • ✅Detailed Geometry: Full control over dimensions for flat, conical, elliptical (2:1), and hemispherical tops and bottoms.
  • ✅Interactive Visualization: See your changes in real-time with a dynamic 3D model of the tank and its contents.
  • ✅Multi-Tank Systems: Manage and simulate transfers between multiple tanks simultaneously to model complex plant layouts.
Dynamic Process Simulation
Go beyond simple volume calculations. Simulate complex industrial processes to optimize operations and predict results with full parameter control.
  • ✅Heat Transfer: Model heating and cooling via jacket, coil, or electric heating. Adjust U-values, medium temperatures, power, and account for heat loss.
  • ✅Liquid Separation (Decanter): Simulate the separation of two liquids and accurately calculate the interface level based on their unique densities and volumes.
  • ✅Agitation & Gas Sparging: Set speed, diameter, and type to estimate the required power for mechanical agitators and gas sparging.
  • ✅Mixing & Dilution: Quickly calculate the necessary flow rates to achieve a desired final concentration by setting all start parameters.
Hydraulics & Instrumentation
Design and validate piping systems and instrumentation setups. All parameters, from pipe length to valve resistance, can be fine-tuned.
  • ✅Tank-to-Tank Transfer: Simulate transfers driven by pumps or pressure, where you can specify the piping system, elevation head, and valve resistance.
  • ✅Closed Loop (Circulation): Find the operating point by analyzing your system curve against a pump's specific, user-defined performance curve.
  • ✅Detailed Pressure Drop: Get a complete breakdown of pressure loss from friction (based on pipe material/roughness) and fittings (specified via K-values).
  • ✅Instrument Simulation: Predict and validate output from analog level transmitters (4-20mA, 0-10V) and hydrostatic measurements (bubble tube).
Core Feature

Revolutionary Calculation Log

The core of FluidFlow Dynamics is our unique, interactive calculation log. It's not just a results display; it's a living, educational tool that provides full transparency and control. No more 'black box' calculations.

  • Total Transparency

    See *every single* formula, variable, and intermediate step used to reach a result. Understand exactly how your numbers are derived.

  • Direct Interactivity

    **This is our most important feature.** Click on a variable in the log, and the program instantly opens the correct module and **highlights the exact input field** that the variable controls. Trace a calculation from result to root cause in seconds.

  • Intelligent Tools

    Get AI-based suggestions for pipe materials and let an AI Test Agent review your calculations to find logical errors and inconsistencies.

Interactive Calculation Log
A living tool that provides full transparency and control.

Tank Volume

1. Cylinder Volume

6.283 m³

Formula: V = π * R² * H

Variables:

R = 1.000 m

→

Tank Radius

Heat Transfer

2. Required Heat Energy

786,972 kJ

3. Calculated Time

1h 42m

Agitator

4. Agitator Power

0.144 kW